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Magazine Problem 105
For Problems 104-109, factor each trinomial and assume that all variables that appear as exponents represent positive integers. $$ x^{2 a}+10 x^{a}+21 $$
Problem 105
For Problems \(105-110\), factor each expression. Assume that all variables that appear as exponents represent positive integers. $$ 2 x^{2 a}-3 x^{a} $$
Problem 106
For Problems 104-109, factor each trinomial and assume that all variables that appear as exponents represent positive integers. $$ 6 x^{2 a}-7 x^{a}+2 $$
Problem 106
For Problems \(105-110\), factor each expression. Assume that all variables that appear as exponents represent positive integers. $$ 6 x^{2 a}+8 x^{a} $$
Problem 107
For Problems \(105-110\), factor each expression. Assume that all variables that appear as exponents represent positive integers. $$ y^{3 m}+5 y^{2 m} $$
Problem 107
For Problems 104-109, factor each trinomial and assume that all variables that appear as exponents represent positive integers. $$ 4 x^{2 a}+20 x^{a}+25 $$
Problem 108
For Problems \(105-110\), factor each expression. Assume that all variables that appear as exponents represent positive integers. $$ 3 y^{5 m}-y^{4 m}-y^{3 m} $$
Problem 108
For Problems 104-109, factor each trinomial and assume that all variables that appear as exponents represent positive integers. $$ 12 x^{2 n}+7 x^{n}-12 $$
Problem 109
For Problems \(105-110\), factor each expression. Assume that all variables that appear as exponents represent positive integers. $$ 2 x^{6 a}-3 x^{5 a}+7 x^{4 a} $$
Problem 109
For Problems 104-109, factor each trinomial and assume that all variables that appear as exponents represent positive integers. $$ 20 x^{2 n}+21 x^{n}-5 $$
